We are a Swedish development company specializing in introducing new environmental technology products to the market. Ethanol is one of our areas of interest, as we work with small-scale Biogas Reactors, Water Purification Solutions with MBR / IC reactors, and modern waste solutions based on the Circular Principle, which we have developed in Turkey with partners throughout Europe.
We are able to offer a production process that results in ethanol production with very promising results: a fermentation time of only 4 hours, which is a record-breaking achievement.
Currently, we are seeking partners and investors to bring this new concept to the market. Learn more here."
RENEWABLES 2023
GLOBAL STATUS REPORTA COMPREHENSIVE ANNUAL OVERVIEW OF THE STATE OF RENEWABLE ENERGY.
Member of Global Waste Cleaning Network
An economic explanation model to clarify the need for a proper "prospecting/preliminary study."
It is better to think big and do things right from the beginning.
In order to develop effective circular solutions, training, skills, and strong system support are necessary to locally develop recycled products and services.
We offer a complete solution along with our network of suppliers.
Biogas - The Perfect Energy Source
Biogas is a renewable energy source with multiple production methods and numerous benefits for utilization.
Biogas usually refers to a gas created through the anaerobic digestion or fermentation of organic materials like manure, sewage sludge, municipal solid waste, biodegradable waste, energy crops, or other biodegradable substances. Biogas consists mainly of methane and carbon dioxide.
Stirred Catalytic Basket Reactor-SCBR, a new approach.
We are now able to offer a production process that yields ethanol with very promising results: a fermentation time of only 4 hours, which is a remarkable achievement.
We would like to reach out to you to introduce the project and discuss the potential benefits we can achieve together.
We have been tasked by a researcher, Professor Armando Gamarra from Argentina, to commercialize his groundbreaking research findings. After thorough market analysis, examining competitors, industry reports, and key stakeholders globally, we have made the decision to invest in this exciting project.
Using nanofluids in closed HVAC systems can significantly increase the heating and cooling capacity of the system, resulting in reduced electricity consumption and other system loads.
By injecting HTF Compact during operation, energy savings of up to 25% can be guaranteed, with potential savings reaching 30-35% when equipment is optimized.
This leads to a measurable reduction in CO2 emissions, improved longevity of equipment, and overall profitability, with a payback period of less than 2 years in many cases.
We are currently seeking investors who can provide seed money to help advance the development of our project to the next stage, TRL 5-6. We require 300,000 Euros for project management, documentation, project applications, travel expenses, and lab tests at different universities in Europe. In return, we are offering co-ownership opportunities and options for future growth.
For more information, click here
